Magnetic level indicators utilize the law of magnetism to give fluid level data. They can enact a switch or give constant level information through a transmitter. Not at all like a sight glass, magnetic coupling permits the MLI to gauge fluid levels without coordinate contact between the remotely mounted visual indicator and the liquid in the vessel.

A Magnetic Level Gauge is mounted in-accordance with its separate procedure vessel. It is presented to the procedure media inside the vessel alongside the procedure weight and temperature. A buoy containing a variety of magnets is fixed inside the MLI chamber. The buoy’s magnetic field communicates with the banners situated in the visual indicator safely mounted outwardly of the chamber. As fluid ascents and falls inside the MLI, the buoy takes after the changing level with the magnets staying in an indistinguishable plane from the fluid surface. The magnetic field causes the visual indicator banners to pivot, accordingly uncovering the fluid level inside the MLI.

In a MLI, the magnets inside a buoy and an indicator are magnetically coupled. The buoy, situated inside the chamber, powerfully tracks the surface of the fluid as it rises and falls. The magnet gathering inside the buoy produces a magnetic field that infiltrates through the chamber divider to couple with the visual indicator.

Magnetic level indicators use force couple the position of a float to a scale that indicates actual liquid level in a tank. This is the principle on which Magnetic Level Gauge US Manufacturer burnishes the operations of MLI and validates its accuracy.